Biomedical projects for final year students.

Biomedical is a separate branch concerning medicine and engineering of medical equipments. The device that comes under biomedical engineering is diagnostic devices, prostheses and medical devices. Other than this manufacture of drugs, optical tomography, bioinstrumentation and medical imaging also falls under Bio medical Projects. Bio-medical engineering is further divided into two other fields namely industrial automation and physiological. We present projects for biomedical engineering students in topics like medical imaging and medical instrumentation. Using biomedical engineering equipments like eyeglasses, laser eye surgery, hearing aids and heart pacemaker. Biomedical Projects creates machines that help in solving many medical cases. Artificial Organs, Prostheses, Health management system, instrumentation, medical information systems and care delivery systems are some of the sub branches of biomedical projects. Health information can easily be obtained with the help of biomedical projects. Health care is the main concern and focus of Bio medical projects for final year students.

Areas of Biomedical Engineering.

Clinical Engineering: Clinical Engineering is done by clinical engineers. These engineers are part of a team called Health care. Usually numbers of this health care teams are physicians, nurses and other hospital staffs. This team analysis data with the help of computer software to get a clear healthy solution.

System modeling: It creates an abstract model which is suitable for every model and all different perspectives of a system. It enables communication process and gives a better understanding of systems functions.

System Engineering: It is the answer to the major problem of system engineering. That is the affected system software. The security and reliability of a system is enhanced through system engineering.

Bioinformatics: It is a new advance research area. It concerns with biological information and computational management. Artificial Intelligence, proteins, robots, genomes, medical information, ecological systems and genomes are some of the process of bioinformatics.

Biomechanics: Machines that are applied for biological and medical problems are created by biomechanics. Actions such as a flow within the devices and body, material deformation, biological transport of chemical constituents and synthetic media membranes are done by mechanics. Both computational and experimental approaches are needed in biomechanics.


Prosthetic devices: With the help of computer aided manufacturing and design artificial limbs and arms can be created. The possibility of lively artificial body parts are made possible by prosthetic devices. The demand for prosthetic devices is rapidly increasing.

Imaging: It belongs to medical applications. By using computerized devices various organs of human bodies are scanned and images are taken in order to identify the diseases.

Tissue Engineering  When an organ fails it is need to be supplemented by a healthy working organ. By using tissue engineering many organs or tissues are developed for replacing the failed organ. Organs such as kidney, muscle, bone, skin, nerves, liver, cartilage and blood vessels are created using tissue engineering.

Health Engineering: Medicines for patients are advocated by health engineering. Health engineers counsel and they to cure patients who are mentally sick.

Biomedical Signal Processing Projects.

Functions of time, scalar and multivariate vector are measured using these signals. It is sensed in both quantitative and qualitative manner. Some of the important activities of biomedical signal processing are as follows.

  • Quantification and compensation for the effects of measuring device.
  • Identification and separation of preferred and unwanted components of a signal.
  • Related to modeling or inverse modeling.
  • Uncovering the nature for generating the signal on the basis of analysis of signal characteristics.

Diagnosis, evaluation, monitoring, information gathering, therapy and control are some of biomedical signal processing activities. First the disease is diagnosed. Then it is evaluated and monitored.  Later information regarding the disease and the patient is collected and finally it is treated and the outburst is controlled.

Rehabilitation engineering is mainly used to improving the quality of life of people. Application will provide and maintained assistive technology. Medical imaging techniques are mostly developed to produce biomedical projects. Brain imaging plays an important role in medical imaging. Brain contains the process of filtering, classification and segmentation. Pre-processing to be done with several filtering techniques like spatial median filtering. Age and gender of particular image can be classified with the help of neural network algorithms.

Types of Biomedical Engineering:

Assistive and adaptive are the two types or biomedical engineering. Adaptive method lasts longer than assistive method.

Biomedical Projects: Inputs of biomedical projects are obtained from various human organs like brains, lungs, or kidney. In projects based on brains there are various disorders that are needed to be identified and treated. Tissue segmentation is a process in which the tissues presented in brains should be segmented.Brain tumor identification is also part of biomedical engineering projects. This method of segmentation is also processed in lungs in order to find out the disease. Detection of kidney stones is done by analysis of kidney. Evolutionary computation aids in finding out of the exact location of the stone.

Bio medical system contains the properties of prostheses, artificial organs, medical information system, instrumentation, health management and care delivery system. Heart functions are most important for human life. Heart functionalities and blood flow can be determined by biomedical scientists, used to design an artificial heart.

Retina is a very sensitive organ in human part. Without proper retinal functions people never see anything in the world.Tumor presented in the brain and also types of tumors to be identified with the help of all classification algorithms like SVM classifier, association rule mining, genetic algorithm and probabilistic neural network.Retinal blood vessels segmentation should be helpful to identify the diabetic patients and also healthy peoples.

Process of Bio-medical signal processing:

The input is derived from sensor then processed through electronic potential to get event detection. Then event series is obtained. At least HR statistics and artifact processing is done.

Properties of Bio-medical Instruments:

The properties of biomedical instruments are as follows:

  • Stability.
  • Accuracy.
  • Frequency Response.
  • Signal to noise Ratio.

 Specialty areas of biomedical engineering are biomedical computing, bio-molecular engineering, cellular engineering, rehabilitation engineering and orthopedic biochemistry. Biomedical projects are mostly developed with Matlab simulation tools.

Applications of Biomedical Projects.
  • Regulatory.
  • Environment.
  • Food security.
  • Research.
  • Finance.
  • Food.
  • Agriculture.
  • Energy Sector.
  • Research and Development.

In our concern a wide range of topics related to Biomedical Projects is given for research scholars and students.

Total completed Biomedical Projects
2014-15.Completed Biomedical Projects
2015-16.Ongoing Biomedical Projects
I completed my bio medical project in this project center.your 24/7 support was amazing.Thanks for your support.
Sneha- India, Bio medical projects
Very experienced staffs .Gained lot of knowledge from them.They helped me to complete my project succesfully
Harsha - India, Bio medical eng projects
guidance throughout the project by the staff members.Thanks for your support and help
Sony - Sweden, Bio medical projects
Areas in bio medical projects were explained to me clearly .I am happy with my project.Thanks a lot
Praveen – UK, Bio medical eng projects